High-precision charge/discharge cyclers, regenerative pack test systems, Power HIL simulation, and insulation safety analyzers.
Modern energy storage systems and electric vehicle powertrains demand absolute precision during battery validation. Chroma provides turnkey automated test equipment (ATE) and high-accuracy power instrumentation covering every stage of the battery lifecycle—from lithium-ion cell formation, degradation analysis, and BMS Hardware-in-the-Loop (HIL) simulation to high-voltage battery pack end-of-line (EOL) production.
High accuracy measurement for voltage and current channels, essential for detecting subtle capacity variations and long-term degradation.
Hardware-based real-time sampling eliminates capacity calculation errors typical of software-lagged data logging systems.
Regenerative power architectures recycle discharge energy back to the grid or parallel channels, significantly lowering thermal dissipation and operational costs.
Multi-layered hardware protection, CANbus/CAN FD integration, and real-world driving cycle simulation for complete UN 38.3 & UL 2580 compliance.
Explore engineer-approved battery cyclers, simulators, and electrical safety analyzers configured for R&D labs and high-throughput production lines.
High-power modular battery cycler engineered for dynamic power profiles, lifecycle validation, and energy storage testing under real-world environment conditions.
Integrated Power Hardware-in-the-Loop platform designed to evaluate traction battery packs, BMS algorithms, and liquid thermal management systems simultaneously.
Industry benchmark for ultra-high accuracy cell charge/discharge cycling, Coulombs Efficiency (CE) analysis, and degradation diagnostic testing.
High-voltage regenerative DC power systems built for repetitive pack qualification, highway driving schedule simulation, and EOL testing.
Specialized tester detecting internal microscopic burrs and insulation defects in dry lithium-ion battery cells prior to electrolyte filling.
Precision voltage sources acting as hardware battery cell simulators to validate BMS control boards, balance circuits, and battery-connected devices.
Over four decades of power conversion experience enables Chroma to manufacture battery test systems that prevent catastrophic battery failures and safeguard laboratory assets. Our hardware and software platforms adhere strictly to international safety standards.
In the event of facility power disruption or communication loss, test profiles and telemetry data remain stored in non-volatile hardware memory, preventing lost test cycles.
Integrated relay logic connects directly to climate chambers, smoke detectors, and inert gas purge systems to automatically halt current flow upon hazard detection.
Advanced EIS frequency sweep capabilities allow non-invasive monitoring of internal cell resistance growth and lithium plating mechanisms during fast-charging tests.
Chroma test equipment supports fully automated script generation for international validation standards:
